Chapter 3 Transport Layer A note on the use of these ppt slides: We’re making these slides freely available to all (faculty, students, readers). They’re in PowerPoint form so you can add, modify, and delete slides (including this one) and slide content to suit your needs. They obviously represent a lot of work on our […]
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DATA AND COMPUTER COMMUNICATIONS Eighth Edition William Stallings Upper Saddle River, New Jersey 07458 Library of Congress Cataloging-in-Publication Data on File Vice President and Editorial Director, ECS: Marcia J. Horton Executive Editor: Tracy Dunkelberger Assistant Editor: Carole Snyder Editorial Assistant: Christianna Lee Executive Managing Editor: Vince O’Brien Managing Editor: Camille Trentacoste Production Editor: Rose Kernan
INVERSE KINEMATICS AND GEOMETRIC CONSTRAINTS FOR ARTICULATED FIGURE MANIPULATION by Chris Welman BSc Simon Fraser University a thesis of the submitted in partial fulfillment requirements for the degree of Master of Science in the Scho ol of Computing Science All repro duced or other means reserved This in whole or in work may not
Real-time Reduced Large-Deformation Models and Distributed Contact for Computer Graphics and Haptics PhD Thesis Jernej Barbicˇ CMU-CS-07-145 August 2007 Computer Science Department School of Computer Science Carnegie Mellon University Pittsburgh, PA 15213 Thesis Committee: Doug L. James, CMU, Chair Ralph L. Hollis, CMU Nancy S. Pollard, CMU Dinesh K. Pai, University of British Columbia Submitted
cse130 https://ucsd-cse130.github.io/wi21/lectures/01-lambda.html Lambda Calculus Your Favorite Language Probably has lots of features: Assignment (x = x + 1) Booleans, integers, characters, strings, … Conditionals Loops return, break, continue Functions Recursion References / pointers Objects and classes Inheritance … Which ones can we do without? What is the smallest universal language? 1 of 69 1/7/21, 8:59
cse130 https://ucsd-cse130.github.io/wi21/lectures/01-lambda.html Describing a Programming Language Syntax: what do programs look like? Semantics: what do programs mean? Operational semantics: how do programs execute step-by-step? Syntax: What Programs Look Like 7 of 69 1/7/21, 8:59 AM cse130 https://ucsd-cse130.github.io/wi21/lectures/01-lambda.html 8 of 69 e ::= x | (\x -> e) ns ‘e’ | (e1 e2) — variable ‘x’
cse130 QUIZ ajb i a https://ucsd-cse130.github.io/wi21/lectures/01-lambda.html ((\x -> (x (\x -> x))) apple) ix s.ec =b> ??? er e Ex ez A. (apple (\x -> x)) t fix funcGE B. (apple (\apple -> apple)) C. (apple (\x -> apple)) D. apple E. (\x -> x) x Ix def 123 33 6 EXERCISE What is a
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Mid 2 Problem 1 In a spherical coordinate system, a ring (red) with a current I=I0 generates fields as H(r,θ,φ)=jka2I0cos(θ)[1+ 1]e−jkr r 2r2 jkr θˆ φˆ rˆ Hφ (r,θ,φ)=0 H (r,θ,φ)=−(ka)2I0sin(θ)[1+ 1 − 1 ]e E (r,θ,φ)=η(ka)2I0sin(θ)[1+ 1 ]e−jkr − jkr θ 4r jkr (kr)2 φ Er (r,θ,φ)=0 4r jkr Eθ (r,θ,φ)=0 The ring radius
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Aufgabe1 GenerischeFragen(20Punkte) a)* Ein Betriebssystem unterscheidet (mindestens) zwei Betriebsmodi. Welche sind dies? Nennen Sie zwei Unterschiede? Modi: 1. 2. Unterschiede: b)* Was ist ein Livelock? (max. 3 Sätze) c)* Tragen Sie im Folgenden die richtigen Namen der Hypervisor ein und beschriften Sie deren Aufbau: Name: Name: Dateisystem: Blockgröße: Weitere Mechanismen: Begründung: 1. 2. 3. 4.
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0 1 0 1 0 1 2 Aufgabe1 3,2,1,Hexdump!(8Punkte) Es sei folgender Hexdump der Speicheradressen 0x0020-0x014f gegeben: 0x0020 19ab4d0080892295 5b8131003a008b89 0x0030 58b796010f0000ed 10482401f8000100 0x0040 d163f504b000c62f 78c7e6e1a6fea398 0x0050 01a3010031b05f40 510045ab6078b02e 0x0060 044ffac844f1ef1d 1445a5e9e6765b50 0x0070 2343875700109c01 274d06a24b3c4c28 0x0080 d85a83fc0cc9dd31 d13cee8aff6fc800 0x0090 96bf66d1a39c27a2 b8c0d9651eec5eff 0x00a0 75b3dcd4f31278f9 0fe21c09bc280000 0x00b0 713fc8b83b6ba087 990001a204474102 0x00c0 b1009aa517b1011a 7a6e3c0063b9be3c 0x00d0 7a65726f008204a9 cae093852ef45c3d 0x00e0 2f31aa8c2c29f4ad
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